Technology for transformation of agrifood systems
Technology for sustainable agrifood systems can be defined as the application of science and knowledge to develop techniques to deliver a product and/or service that enhances the sustainability of agrifood systems (Adapted from A/74/238. UN, 2019).
Technology is needed to transform agrifood systems, and with associated knowledge drives sustainable development. For success, deployment of technologies needs to be accompanied by enabling social, political and institutional factors. Investments in human capital through capacity building are also required.
Types of technologies may include:
Related links
- Joint FAO/IAEA Centre for Nuclear Techniques
- International Treaty on Plant Genetic Resources for Food and Agriculture
- Commission on Genetic Resources for Food and Agriculture
- Digital sequence information
- Publication: Microbiome: The missing link?
- Cell-based production technology
- Publication: Case studies of the use of agricultural biotechnologies to meet the needs of smallholders in developing countries
Renewable energy technologies use wind, ocean, solar, hydrological, geothermal and bioenergy sources to generate energy.
Transitioning towards energy-smart agrifood systems that optimize the use of efficient and sustainable energy is crucial.
Energy-smart agrifood systems not only conserve energy but can even produce it to leverage the dual relationship between energy and food.
Mechanization includes farming and processing technologies ranging from basic hand tools to more sophisticated and motorized equipment.
Sustainable agricultural mechanization can reduce drudgery, relieve labour shortages, create new jobs, improve productivity, reduce harvest costs, improve resource efficiency and enhance market access.
Related links
- Sustainable Agricultural Mechanization
- Online course: Small-scale agricultural mechanization hire services as a business enterprise
- Publication: Business models for investing in sustainable mechanization
- Publication: Empowering women farmers
- Publication: Training of trainers manual on the operation, maintenance and repair of farm machinery
- Publication: Sustainable Agricultural Mechanization: A Framework for Africa
- Publication: Agricultural mechanization and child labour in developing countries
- Publication: Agri-hire in sub-Saharan Africa
- Global Conference on Sustainable Agricultural Mechanization
- Story: On the road to greater yields
- Interactive: Mechanization in action
Irrigation technologies encompass techniques, skills, methods, and processes used to artificially apply water to assist in the growing of crops and pastures.
This can be done by letting water flow over the land (surface irrigation), by spraying water under pressure over the land concerned (sprinkler irrigation), or by bringing it directly to the plant (localized irrigation).